Michigan manufacturers can access PVD coating services through Surface Solutions, which coordinates tooling shipment to its facility in Fridley, Minnesota for evaluation and processing.
Targeted Chemical Formulations for Demanding Production Cycles
The high-performance PVD coating services are deployed to increase wear resistance, reduce friction, limit galling, and help industrial tools withstand rigorous manufacturing cycles. Applications cover a broad spectrum of factory hardware, ranging from cutting tools, punches, forming dies, and sheet metal tooling to injection molding components, medical manufacturing tools, and firearm components.
Matching the correct option to an operation depends heavily on the specific material, heat, lubrication, and production challenge at hand. Different tooling needs require distinct chemical formulations:
Titanium Nitride, or TiN, is commonly selected for general wear resistance, while Titanium Carbonitride, or TiCN, serves more demanding wear applications. Chromium Nitride, or CrN, addresses heat and friction-related challenges, and Aluminum Titanium Nitride, or AlTiN, is engineered for high-temperature cutting environments. Alpha coating can help reduce galvanizing buildup, punch chipping, and polishing needs.
Inspect Tools Before Applying Thin Coatings
A properly selected PVD coating can reduce abrasive wear and friction on cutting edges, helping tools remain productive longer before resharpening is required.
However, tools must be carefully evaluated before treatment begins. PVD reproduces the condition of the underlying surface rather than hiding damage, meaning tools featuring chips, severe wear, corrosion, or damaged edges typically require repair, regrinding, or polishing first to ensure dependable adhesion and performance.
Because PVD coatings are exceptionally thin, they generally add very little to a tool’s overall dimensions. This makes the process useful for precision tooling when preparation and coating selection match operational goals. Tolerance-critical tools should always be reviewed prior to processing, taking surface finish, edge condition, masking needs, and functional clearances into account.
Provide Application Details for Scheduling Processing
Turnaround time for industrial PVD processing depends on tool quantity, dimensions, preparation needs, selected coating, and production scheduling.
Before sending tools to the Fridley facility, customers must provide detailed application information. This includes tool material, specific operations, the primary wear issue, and the desired outcome, allowing the team to establish realistic scheduling expectations.
